The DLP 3D Printer from NEWAY utilizes advanced digital light processing technology, ensuring precise curing of each layer of photopolymer resin and achieving highly consistent and stable printing results. This technology not only improves printing efficiency but also creates a solid defense line in product quality. In addition, our DLP 3D printers undergo rigorous quality control and multiple tests to ensure stable operation under long-term, high-intensity use conditions.This means that regardless of the size of your project or the length of your production cycle, the DLP 3D printer can provide stable and reliable output, safeguarding your manufacturing process. If you are interested, please contact us for more information. We look forward to creating a brilliant future together with you!
Frequently Asked Questions
Q: What is the resolution of DLP 3D printers?
A: NEWAY DLP printers achieve X/Y accuracy as fine as 38 µm on production models (e.g. the 4KW15) and 50 µm on compact units, with adjustable Z precision of 10-25 µm. The projector delivers highly uniform illumination, so edge and center detail stay consistent across the whole build.
Q: How does DLP 3D printing work?
A: A DLP projector projects each full layer of UV light onto the resin vat, curing an entire layer in one flash. Because it does not rely on a fixed LCD pixel grid, light intensity stays even and parts show fewer banding or pixel artifacts.
Q: What build volume do your DLP printers offer?
A: Build sizes span about 96 x 54 x 100 mm on compact machines up to 146 x 82 x 200 mm on larger production units. Larger beds increase the number of rings or pendants you can print per run and reduce labor per piece.
Q: How fast does a DLP printer print?
A: With continuous or oxygen-layer technology our DLP machines reach around 25 mm/hour in Z under standard casting settings. Speed scales with layer height and part size; finer 20 µm layers take longer but give smoother cast surfaces.
Q: Is DLP better than LCD for jewelry production?
A: DLP wins on illumination uniformity, long-run consistency and detail retention on large build plates; LCD wins on purchase price and simplicity. For high-volume commercial jewelry casting, most labs choose DLP; for studios, LCD is often the better value.
